CN210750726U - Auxiliary supporting device for breathing machine pipeline - Google Patents

Abstract

The utility model discloses an auxiliary supporting device for a respirator pipeline, which comprises a circular soft sleeve opening, a connecting pipe and a base, wherein the outer wall of the sleeve opening is sewed with a lacing sleeve, laces are arranged in the lacing sleeve, the sleeve opening is connected with the base through the connecting pipe and is distributed at the lower end of the sleeve opening, the inside of the base is of a hollow structure, the middle part of the base is provided with a circular pipeline through groove and is coaxially distributed with the sleeve opening and the connecting pipe, a plurality of inflatable bags are also connected around the pipeline through groove and are distributed at the upper end surface of the base, the upper end of each inflatable bag is provided with a connecting belt which is fixedly connected with the edge of the sleeve opening, the lower end of each inflatable bag is provided with an inflatable pipe which is fixedly connected with the base and is communicated with an internal gas injection cavity of the base, the base is provided with a gas injection pipe for connecting a gas source, the respirator pipeline is sleeved, the inflatable bag is inflated to heighten the pipeline of the respirator, so that the condition of water accumulation due to low pressure is avoided, and the continuous operation of the respirator is guaranteed.

Description

Auxiliary supporting device for breathing machine pipeline

Technical Field

The utility model belongs to the technical field of medical auxiliary instrument, concretely relates to breathing machine is auxiliary stay device for pipeline.

Background

Patients often require tracheal intubation during surgery, when the condition is critical, in order to use a ventilator to maintain vital signs. The breathing machine is a huge object, is limited by the area of a patient room, has no special pipeline support frame, and is usually used by directly laying a pipeline on the body of a patient. However, such a breathing machine pipeline is easy to accumulate accumulated water at a certain position in the pipeline, which affects the normal operation of the breathing machine.

SUMMERY OF THE UTILITY MODEL

To the technical problem that prior art exists, the utility model provides a breathing machine is auxiliary stay device for pipeline.

In order to achieve the above purpose, the utility model adopts the following technical scheme:

the utility model provides a breathing machine is auxiliary stay device for pipeline, includes soft cuff, connecting pipe and base, the cuff is circular, and cuff outer wall has sewed up a lacing cover, wear to be equipped with the frenulum in the lacing cover, the cuff passes through the connecting pipe is connected with the base distribute in the lower extreme of cuff, the inside of base is hollow structure, the middle part of base is equipped with circular pipeline and leads to the groove, and with the cuff and the connecting pipe is coaxial arranges, centers on the pipeline leads to the groove still be connected with a plurality of gas cell distribute in the up end of base, every the upper end of gas cell be equipped with the connecting band with cuff edge rigid coupling, its lower extreme be equipped with the gas tube with the base rigid coupling and with the inside gas injection chamber intercommunication of base, be equipped with the gas injection pipe on the base with the inside intercommunication gas injection of base.

Further, the outer wall of the base is provided with cotton textiles to cover the outer wall of the base.

Further, the internally mounted that the groove was led to the pipeline has two relative closing device, closing device includes arc and pressure spring, pressure spring's one end with the inner wall rigid coupling that the groove was led to the pipeline, its other end with the arc rigid coupling, the arc adopts hard material to make, and the contact surface of arc covers there is soft protective layer.

Furthermore, the lower part of the base is respectively connected with an annular air bag through two springs, and the annular air bags are provided with inflation ports.

Furthermore, the gas injection pipe is a double-cavity gas injection connecting pipe and is connected with a double-pipe circulating inflator pump to provide a gas source, the four inflatable bags are distributed on the base at equal intervals, wherein the odd inflatable bags are communicated with one cavity for gas injection, and the even inflatable bags are communicated with the other cavity for gas injection.

To sum up, the beneficial effects of the utility model are that: the respirator pipeline is sleeved in the connecting pipe and the pipeline through groove which are coaxially arranged from the looping, and the looping is made of soft materials, so that the tying belt can be tightened, the looping is tightly tied with the respirator pipeline, and the auxiliary supporting device is fixed with the respirator pipeline. The gas is injected into the base from the gas injection pipe connected with a gas source, the gas enters the inflatable bag through the inflatable pipe to inflate the inflatable bag, the inflatable bag heightens the pipeline of the respirator, the condition of water accumulation due to low pressure is avoided, and the continuous operation of the respirator is guaranteed.

Drawings

Fig. 1 is a schematic structural view of an auxiliary supporting device for a breathing machine pipeline provided by the present invention.

FIG. 2 is a sectional view taken along line A-A.

FIG. 3 is a sectional view taken along line B-B.

In the figure, 100-cuff, 110-lacing tape sleeve, 200-lacing tape, 300-connecting pipe, 400-base, 410-through groove of pipeline, 420-air injection pipe, 500-inflatable bag, 510-connecting belt, 520-inflatable pipe, 600-pressing device, 610-pressing spring, 620-arc plate, 700-spring, 800-annular airbag and 810-inflatable port.

Detailed Description

In order to make the technical means, creation features, achievement purposes and functions of the present invention easy to understand and understand, the present invention is further explained by combining with the specific drawings.

As shown in fig. 1-3, the utility model provides an auxiliary supporting device for a breathing machine pipeline, which comprises a soft cuff 100, a connecting pipe 300 and a base 400. The cuff 100 is circular, a lace tying sleeve 110 is sewn on the outer wall of the cuff 100, and a lace 200 is threaded through the lace tying sleeve 110. The looping 100 is connected with the base 400 through the connecting pipe 300 and is distributed at the lower end of the looping 100, the inside of the base 400 is of a hollow structure, the middle part of the base 400 is provided with a circular pipeline through groove 410, and the circular pipeline through groove is coaxially arranged with the looping 100 and the connecting pipe 300. Around pipeline logical groove 410 still be connected with a plurality of gas cell 500 distribute in the up end of base 400, every the upper end of gas cell 500 be equipped with connecting band 510 with the marginal rigid coupling of cuff 100, its lower extreme be equipped with gas tube 520 with base 400 rigid coupling and with the inside gas injection chamber intercommunication of base 400, be equipped with gas injection pipe 420 on the base 400 with the inside intercommunication gas injection of base 400.

With the structure, the respirator pipeline is sleeved in the connecting pipe 300 and the pipeline through groove 410 which are coaxially arranged from the looping 100, and the looping 100 is made of soft materials, so that the tying belt 200 can be tightened to tie the looping 100 and the respirator pipeline together, and the auxiliary supporting device is fixed with the respirator pipeline. The air source is communicated from the air injection pipe 420 to inject air into the base 400, the air enters the air inflation bag 500 through the air inflation pipe 520 to inflate the air inflation bag 500, the air inflation bag 500 heightens the pipeline of the respirator, the situation of water accumulation due to low pressure is avoided, and the continuous operation of the respirator is guaranteed. The connection tube 300 may be made of a material with a slightly hard texture, so as to prevent the air bag 500 from filling and extruding the breathing machine tube, which may affect the maintenance of normal breathing.

As an alternative method, the outer wall of the base 400 is provided with a cotton fabric to cover the outer wall of the base 400. The contact surface of the base 400 with the body is a soft contact surface, which improves the comfort level during use.

Two opposite pressing devices 600 are mounted inside the through channel 410 of the pipeline, and the pressing devices 600 comprise arc plates 620 and pressing springs 610. One end of the pressing spring 610 is fixedly connected with the inner wall of the through groove 410 of the pipeline, and the other end thereof is fixedly connected with the arc-shaped plate 620. The arc plate 620 is made of hard materials, and a soft protective layer (not shown in the figure) covers the contact surface of the arc plate 620, so that the soft protective layer can avoid the damage of the contacted pipeline. The cuff 100 can be arbitrarily sleeved with pipes of different sizes, and then the pipes can be fastened and fixed by the tie 200, and the pipe through groove 410 in the base 400 can be adapted to more pipes of different pipe diameters after the pressing device 600 is pressed, so that the respirator can be used only by breathing machine pipes. The pipelines with different pipe diameters are clamped between the two arc-shaped plates 620, and the pipelines are clamped through the compression springs 610, so that the auxiliary supporting device can be used as an auxiliary supporting device for being padded on the body of a patient, and can also be used as a restraining device for collecting mixed and disorderly pipelines, and the function is more and more practical.

The lower part of the base 400 is connected with an annular air bag 800 through two springs 700 respectively, and the annular air bag 800 is provided with an inflation inlet 810. The breathing machine pipeline is generally connected with an air pipe and a humidifying pipe through a Y-shaped three-way pipe, the mass of the connecting position is heavier than that of the other sections, and the connecting position is easy to bend to form low-pressure accumulated water. Fixing the breathing machine pipeline with auxiliary supporting device, two springs 700 can be tensile wantonly, and two annular gasbags 800 can suit humidifying pipe and trachea respectively, and annular gasbag 800 is full of inflation after inflation inlet 810 pours into the air supply into, and annular gasbag 800 is heightened with the humidifying pipe and the trachea bed hedgehopping of joint department, and 500 bed hedgehopping breathing machine pipelines of the gas cell among the auxiliary supporting device, and joint position pipeline are whole by bed hedgehopping, and it is better to avoid the ponding effect.

The gas injection tube 420 provides a source of gas for the dual lumen gas injection connector 300 and is connected to a dual lumen recirculating inflator. The four air bags 500 are distributed on the base 400 at equal intervals, wherein the odd air bags 500 are communicated and inflated by one cavity, and the even air bags 500 are communicated and inflated by the other cavity. After the dual-tube circulating inflator is connected through the gas injection tube 420, the dual-tube circulating inflator can be a common dual-hole general-purpose type gas pump at present, and the structure is not described in detail. The odd inflatable bags 500 and the even inflatable bags 500 can be inflated alternately to achieve the fluctuation effect, the four inflatable bags 500 are inflated to swell and deflated, the pressed part of the pipeline of the patient body can be changed at times, the blood circulation of the pressed part is kept smooth, and the skin pressure injury after the respirator is used for a long time is avoided.

The above is only the embodiment of the present invention, not the limitation of the patent scope of the present invention, all the equivalent structures made by the contents of the specification and the drawings are directly or indirectly applied to other related technical fields, all the same principle is within the patent protection scope of the present invention.

Claims (5)

1. The utility model provides a breathing machine is auxiliary stay device for pipeline which characterized in that: including soft cuff, connecting pipe and base, the cuff is circular, and cuff outer wall has sewed up a frenulum cover, wear to be equipped with the frenulum in the frenulum cover, the cuff passes through the connecting pipe is connected with the base distribute in the lower extreme of cuff, the inside of base is hollow structure, the middle part of base is equipped with circular pipeline and leads to the groove, and with the cuff and the connecting pipe is coaxial to be arranged, centers on the pipeline leads to the groove still be connected with a plurality of gas cell distribute in the up end of base, every the upper end of gas cell be equipped with the connecting band with cuff edge rigid coupling, its lower extreme be equipped with the gas tube with the base rigid coupling and with the inside gas injection chamber of base intercommunication, be equipped with the gas injection pipe on the base with the inside intercommunication gas injection of base.

2. The auxiliary supporting device for the breathing machine pipeline according to claim 1, characterized in that: the outer wall of the base is covered by cotton textiles.

3. The auxiliary supporting device for the breathing machine pipeline according to claim 1, characterized in that: the pipeline leads to the internally mounted of groove and has two relative closing device, closing device includes arc and pressure spring, pressure spring's one end with the inner wall rigid coupling that the groove was led to the pipeline, its other end with the arc rigid coupling, the arc adopts hard material to make, and the contact surface of arc covers there is soft protective layer.

4. The auxiliary supporting device for the breathing machine pipeline according to claim 1, characterized in that: the lower part of the base is respectively connected with an annular air bag through two springs, and the annular air bags are provided with inflation ports.

5. The auxiliary supporting device for the breathing machine pipeline according to claim 1, characterized in that: the gas injection pipe is a double-cavity gas injection connecting pipe and is connected with a double-pipe circulating inflator pump to provide a gas source, the four inflatable bags are distributed on the base at equal intervals, wherein the odd inflatable bags are communicated with one cavity to inject gas, and the even inflatable bags are communicated with the other cavity to inject gas.

Images